Analysis of the 31 -staked sequences¶

The analysis has been conducted using the new FTLS software developed in python.

In [10]:
%run C:\Users\MANU\Funcion_plots.ipynb
from IPython.display import display
from IPython.display import HTML

import plotly.io as pio
pio.renderers.default='notebook'
#!jupyter nbextension enable hide_input_all/main

print function loaded

Contents¶

  • Summary Table

California earthquakes

  • Coalinga 2 May 1983
  • Morgan Hill 24 Apr 1984
  • Round Valley 23 Nov 1984
  • Chalfant Valley 21 Jul 1986
  • Sperstition Hills 24 Nov 1987
  • Loma Pireta 18 Oct 1989
  • Honeydew 17 Aug 1991
  • Joshua Tree 23 Apr 1992
  • Landers 28 Jun 1992
  • Eureka Valley 17 May 1993
  • Northbridge 17 Jan 1994
  • Hector Mine 16 Oct 1999
  • San Simeon 22 Dec 2003
  • Parkfield 28 Sep 2004
  • El Mayor Cucapah 4 Apr 2010

Japan earthquakes

  • Tottori 6 Oct 2000
  • Ryukyu 18 Dec 2001
  • Chuetsu 23 Oct 2004
  • Fukuoka 20 Mar 2005
  • Noto 25 Mar 2007
  • Chuetsu Offshore 16 Jul 2007
  • Iwate 13 Jun 2008
  • Numata, Gunma 25 feb 2013
  • Awaji Island 12 Apr 2013
  • Miyazaki 28 Aug 2014
  • Nagano 22 Nov 2014
  • Fukushima 21 Nov 2016

Italy earthquakes

  • L'Aquila 6 Apr 2009

Alaska earthquakes

  • Denali 3 Nov 2002

Coalinga¶

Date: 2 May 1983 23:42:38¶

m = 6.7¶

Index

In [4]:
earthquake='Coalinga'
folder = r'C:\Users\MANU\PycharmProjects\ftls_v11-4CLASSES_sensitivity\ftls_events\1983_05_02_T_23_42_38_M67CAL_staking'
bar_chart_fp(folder)
In [ ]:
In [5]:
plot_box_3d(folder)
In [6]:
scatter_plot_evs(folder)
In [7]:
temporal_series_b(folder)
In [8]:
alert_status_plot(folder)
In [9]:
df_nuova_riga=table_specific(folder, earthquake)
df_nuova_riga=table_specific(folder, earthquake)
from IPython.display import display, Markdown
df_nuova_riga = df_nuova_riga.to_markdown(index=False)
display(Markdown(df_nuova_riga))
Earthquake Date Magnitude b_ref b-Max3 b-Max7 b-Max30 b-Max90 Strike Dip Rake Fault type
Coalinga 1983-05-02 23:42:38.060000 6.7 0.75 138.05 138.05 148.43 148.43 320 30 87 TH
In [ ]: